Plural beam, plural window multi-direction bar code reading device

Claim 2

A multi-directional bar code reading device for reading a bar code on an object that is to be read by projecting scanning beams from many directions, comprising: a beam scanning unit; at least two windows; a plurality of mirrors positioned adjacent each of said at least two windows; and a plurality of beam sources positioned to emit beams toward said beam scanning unit, said beam scanning unit being irradiated with beams generated from said plurality of beam sources and producing scanning beams which are reflected by said plurality of mirrors through said at least two windows to project a scan pattern, including a plurality of intersecting scan lines, through each of said at least two windows onto different portions of an object to be read.

Claim 3

A multi-directional reading device according to claim 1, wherein only one of said plurality of beam sources emits a beam at any one time.

Claim 4

A multi-directional reading device according to claim 1, wherein said plurality of beam sources are formed by an optical system having a spectroscope and a light source.

Claim 5

A multi-directional reading device for reading an object that is to be read by projecting scanning beams having different patterns thereon, comprising: beam sources for emitting beams along respective paths; a beam scanning unit positioned in the paths of the emitted beams, which has beam reflecting surfaces and beam non-reflecting surfaces in order to form one scanning beam by reflecting, at any one time, only one of the beams emitted from said beam sources; a set of mirrors corresponding to each of said beam sources and positioned adjacent said beam scanning unit, to reflect only one scanning beam among beams formed by the beam scanning unit and to project it onto the object that is to be read; and windows corresponding to each of said sets of mirrors and respectively positioned adjacent said sets of mirrors, the one scanning beam being projected onto the object that is to be read, by any one of said sets of mirrors, the beams formed by the beam scanning unit being projected as a scan pattern, including a plurality of intersecting lines, through each of said windows onto at least two different portions of the object that is to be read.

Claim 6

A multi-directional reading device for reading an object that is to be read by projecting scanning beams having different patterns thereon, comprising: beam sources for emitting beams along respective paths; a beam scanning unit positioned in the paths of the emitted beams, which has beam reflecting surfaces and beam non-reflecting surfaces in order to form one scanning beam by reflecting, at any one time, only one of the beams emitted from said beam sources; a set of mirrors corresponding to each of said beam sources and positioned adjacent said beam scanning unit, to reflect only one scanning beam among beams formed by the beam scanning unit and to project it onto the object that is to be read; and windows corresponding to each of said sets of mirrors and respectively positioned adjacent said sets of mirrors, the one scanning beam being projected onto the object that is to be read, by any one of said sets of mirrors, the beams formed by the beam scanning unit being projected as a scan pattern, including a plurality of intersecting lines, through each of said windows onto at least two different portions of the object that is to be read.

Claim 7

A bar code reading device for reading a bar code on an object, comprising: means for providing plural emitted beams along respective paths; means, positioned in the paths of the emitted beams, for reflecting one time, only one of the emitted beams, so that the emitted beams are serially scanned to produce plural scanning beams having plural patterns; windows; and means for projecting the serially scanned scanning beams as a scan pattern, including a plurality of intersecting scan lines, through each of said windows into a space in which a bar code on one of a plurality of different portions of the object can be read.

Claim 8

A bar code reading device for reading a bar code on an object, comprising: means for providing plural emitted beams along respective paths; means, positioned in the paths of the emitted beams, for reflecting one time, only one of the emitted beams, so that the emitted beams are serially scanned to produce plural scanning beams having plural patterns; windows; and means for projecting the serially scanned scanning beams as a scan pattern, including a plurality of intersecting scan lines, through each of said windows into a space in which a bar code on one of a plurality of different portions of the object can be read.

Claim 9

A bar code reading device for reading a bar code on an object, comprising: means for providing a plurality of light beams, including: a light source for emitting a light beam; and a spectroscope for receiving the emitted light beam for providing the plurality of light beams; means for scanning the plurality of light beams to produce scanning beams; windows; and means for reflecting the scanning beams to project a scan pattern, including a plurality of intersecting scan lines, through each of said windows onto different portions of an object, so that a bar code on the object can be read.

Claim 10

A bar code reading device for reading a bar code on an object, comprising: means for providing a plurality of light beams, including: a light source for emitting a light beam; and a spectroscope for receiving the emitted light beam for providing the plurality of light beams; means for scanning the plurality of light beams to produce scanning beams; windows; and means for reflecting the scanning beams to project a scan pattern, including a plurality of intersecting scan lines, through each of said windows onto different portions of an object, so that a bar code on the object can be read.

Claim 11

A bar code reading device for reading a bar code on an object, comprising: means for providing a plurality of light beams, said means for providing a plurality of light beams providing only one of the plurality of light beams at any one time; means for scanning the plurality of light beams to produce scanning beams; windows; and means for reflecting the scanning beams to project a scan pattern, including a plurality of intersecting scan lines, through each of said windows onto different portions of an object, so that a bar code on the object can be read.

Claim 12

A bar code reading device for reading a bar code on an object, comprising: means for providing a plurality of light beams, said means for providing a plurality of light beams providing only one of the plurality of light beams at any one time; means for scanning the plurality of light beams to produce scanning beams; windows; and means for reflecting the scanning beams to project a scan pattern, including a plurality of intersecting scan lines, through each of said windows onto different portions of an object, so that a bar code on the object can be read.

Claim 13

A bar code reading device for reading a bar code on an object, comprising: means for providing a plurality of light beams; means for scanning the plurality of light beams to produce scanning beams, said means for scanning the plurality of light beams producing only one scanning beam at any one time; windows; and means for reflecting the scanning beams to project a scan pattern, including a plurality of intersecting scan lines, through each of said windows onto different portions of an object, so that a bar code on the object can be read.

Claim 14

A bar code reading device for reading a bar code on an object, comprising: means for providing a plurality of light beams; means for scanning the plurality of light beams to produce scanning beams, said means for scanning the plurality of light beams producing only one scanning beam at any one time; windows; and means for reflecting the scanning beams to project a scan pattern, including a plurality of intersecting scan lines, through each of said windows onto different portions of an object, so that a bar code on the object can be read.